Rare Earth Elements Supply Risks, 90% China Control, $41 B Market, and 2 US-Japan Agreements (2025 to 2026)

Environmental Risks, Rare Earths Supply Chain, and 390, 000 Tonnes of Production

The global escalation in Rare Earth Element (REE) production to meet green technology demand has simultaneously created severe environmental and social risks, particularly in regions with weak regulatory oversight. The drive to secure materials for electric vehicles and wind turbines is being built upon destructive and socially inequitable mining practices, creating a paradox where the pursuit of “green” goals actively fuels environmental degradation.

• Before 2025, market concerns centered on the supply concentration within China. Since 2025, the focus has shifted to the tangible environmental fallout from the frantic rush to build alternative supply chains, creating new ecological “sacrifice zones” in developing nations to service Western demand.
• Global mine production reached a record high of approximately 390, 000 metric tons in 2025. This surge directly correlates with documented environmental incidents, such as the chemical pollution of waterways in Thailand originating from unregulated in-situ leaching operations across the border in Myanmar.
• The primary market dynamic has pivoted from a theoretical risk of supply disruption to the documented reality of environmental damage. This forces investors and policymakers to confront the reputational and ecological liability embedded in new REE projects that prioritize speed over sustainable practices.

Global Rare Earth Production Soars Past 300k Tonnes

The section heading explicitly mentions ‘390, 000 Tonnes of Production’. This chart, showing global production soaring past 300,000 tonnes, directly illustrates the scale of production discussed in the section.

(Source: Simply Wall St)

$110/kg Price Support, US Government Intervention in Rare Earths Markets

Western governments, led by the United States, have moved from observation to direct market intervention since 2025, using price supports, tax credits, and subsidies to stimulate non-Chinese REE production. These financial mechanisms are designed to de-risk investment in high-cost domestic projects but may also inadvertently incentivize operations with unresolved environmental and social governance (ESG) challenges.

• The U.S. Department of Defense established a strategic $110/kg floor price for neodymium-praseodymium (Nd Pr) oxide. This policy is explicitly designed to guarantee revenue for domestic producers like MP Materials and provide the long-term price stability needed to attract private capital.
• In June 2026, Australia introduced its “Future Made in Australia Act, ” which includes a significant tax credit equivalent to 10% of the costs for the onshore processing and refining of Critical Minerals. This measure aims to capture more of the value chain beyond simple extraction.
• The U.S. Department of Energy announced $134 million in funding to strengthen domestic REE supply chains. This is part of a broader policy push that includes amending environmental laws, such as through the “One Big Beautiful Bill Act” (OBBBA), to accelerate project permitting.

Table: Key Government Financial Interventions in Rare Earths

Rare Earths Geopolitical Pacts, 2 US-Japan-Australia Frameworks (2025 to 2026)

Since 2025, the focus of international partnerships has shifted from commercial joint ventures to strategic government-led alliances aimed at building secure, non-Chinese REE supply chains. These frameworks formalize cooperation on everything from joint exploration to processing technology, but their rapid formation has raised concerns among environmental groups that sustainability standards may be compromised for geopolitical expediency.

• The United States and Japan established a formal framework in October 2025 to secure critical mineral supply chains. The pact focuses on reducing dependence on single-source suppliers through joint investment in mining and processing.
• The U.S. has also pursued pacts with Southeast Asian nations, including Thailand and Malaysia, to secure access to REE supplies. These agreements have sparked alarm about promoting a “dig and dump” approach, where environmental costs are externalized to host nations.
• These government-to-government agreements represent a significant change from the pre-2025 period, which was characterized by individual companies securing private offtake agreements. The new approach treats REE supply as a matter of national security, not just a commercial transaction.

Table: Strategic Government Pacts for Rare Earths Supply

Myanmar vs. The West, A Geographic Shift in Rare Earths Environmental Hotspots

While China remains the dominant REE producer, the period since 2025 has seen the emergence of Southeast Asia and South America as new, high-risk frontiers for extraction. This geographic diversification, driven by the desire to circumvent Chinese supply, is not reducing the overall environmental impact but is instead shifting the burden to new regions with often weaker regulatory frameworks.

• From 2021 to 2024, environmental concerns were primarily focused on the legacy of pollution within China, such as the toxic lake near the Baotou steel works. Post-2025, this problem has been externalized, with new reports of severe damage emerging globally.
• Myanmar has become a major supplier of heavy REEs, but its largely unregulated mining sector employs in-situ leaching methods that cause widespread water contamination, affecting communities as far downstream as Thailand.
• In Brazil, a rush to exploit REE deposits is threatening rural communities and conservation areas with deforestation and land disputes. In Madagascar, a conflict involving mining giant Rio Tinto and over 6, 000 residents highlights disputes over environmental damage from mineral sands extraction.
• Meanwhile, efforts to re-shore mining and processing in the U.S. and Australia are progressing slowly, leaving a supply gap that continues to be filled by these high-risk, environmentally damaging operations in developing nations.

Planetary Boundaries Chart Shows High-Risk Zones

The section heading discusses a ‘Shift in Rare Earths Environmental Hotspots’. The chart’s focus on ‘High-Risk Zones’ is a direct visual representation of the concept of environmental hotspots.

(Source: bne IntelliNews)

Recycling Technology, Rare Earths and 2 Pilot-Scale Validations at TRL 6

While conventional REE mining and processing are mature but environmentally damaging, a new generation of sustainable extraction and recycling technologies is advancing toward commercial viability. Since 2025, several of these innovative processes have reached pilot-scale validation, demonstrating the potential to create a circular economy and reduce the industry’s destructive footprint, though they are not yet able to meet current demand.

• During the 2021-2024 period, most sustainable REE processing and recycling efforts were at the research and development or bench scale. Post-2025 has seen these concepts advance to higher Technology Readiness Levels (TRLs).
• Aclara Resources is developing its proprietary Circular Mineral Harvesting process, an ion-exchange technology that avoids harsh chemicals. Facilities in North Dakota have achieved TRL 6 for extracting REEs from lignite coal, indicating readiness for pilot demonstration.
• Phoenix Tailings is pioneering an electrochemical process to extract REEs from mining waste, turning a liability into a resource. Concurrently, companies like Re Element Technologies are focusing on refining recycled materials from permanent magnets and batteries.
• Despite this progress, these cleaner technologies are not yet at a sufficient commercial scale to displace the immediate and growing need for conventionally mined REEs, trapping the industry in its environmental paradox.

Renewables, EVs Drive 40% of REE Demand

The section covers ‘Recycling Technology’. This chart identifies the key end-use sectors (Renewables, EVs) that are driving demand for rare earths, thereby providing the context and economic driver for developing recycling technologies.

(Source: Springer Nature)

SWOT Analysis of the Rare Earths Sector, 90% Processing Control, and 2 New Risks

The Rare Earth Elements market’s primary strength, its essential role in the multi-trillion-dollar energy transition, is directly undermined by its core weakness: a deep-seated reliance on environmentally harmful and geopolitically concentrated production methods. The strategic opportunity to build sustainable, circular supply chains is under constant threat from geopolitical weaponization and public opposition to new mining projects.

Chart Shows China’s Dominance in REE Supply Chain

The section title includes ‘SWOT Analysis’ and ‘90% Processing Control’. This chart is a direct visualization of China’s dominance, which represents the ‘90% processing control’ and is a critical component (Threat/Weakness) of any SWOT analysis of the sector.

(Source: ScienceDirect.com)

Table: SWOT Analysis for the Rare Earths Market

Rare Earths 2027 Outlook: If China Expands Export Controls, Watch Western Recycling Investments

The most critical variable for the REE market in the year ahead is the potential for further export restrictions from China. Another move to restrict access to processed materials or magnet technology would force an immediate and dramatic acceleration of investment into high-cost Western mining projects and nascent recycling technologies, fundamentally reshaping capital flows in the sector.

• If this happens: If China announces further controls on refined REE oxides, metals, or finished permanent magnets, following its October 2025 action.
• Watch this: Monitor for a surge in public and private funding rounds for recycling technology companies like Re Element Technologies. Also, track the permitting speed of new Western mines, as governments will be under immense pressure to fast-track approvals, testing the limits of recently streamlined environmental policies.
• These could be happening: Western governments could enact “Defense Production Act” style measures to mandate and fund urban mining of e-waste. Automakers and turbine manufacturers, facing a production crisis, may bypass commodity markets entirely to sign multi-billion dollar direct investment deals with junior miners and recyclers to secure their own captive supply chains.

The questions your competitors are already asking

This report covers one angle of the environmental fallout from the global race for rare earth elements. The questions that matter most depend on your work.

• Which non-Chinese rare earth projects are gaining ground, and what are their associated environmental and reputational liabilities?
• What is actually happening with US government interventions like price supports and tax credits for non-Chinese rare earth production?
• How does the environmental impact of in-situ leaching in Southeast Asia compare to other rare earth mining and processing methods?
• Who are the key suppliers in the emerging non-Chinese rare earth supply chain for electric vehicle and wind turbine manufacturing?

This report does not answer these. Enki Brief Pro does.

Your question, your angle, your framework. SWOT, PESTL, scenario modelling. The same niche depth, built around the decision your work actually depends on.

Run your first brief in Enki Brief Pro